4-36 | Model 931S / Model 932S UV Analyzers
NOTE
Status (tab)
<<HC
Scode>>
Status (tab)
<<HC
Scode>>
Heated Acid Gas Sample Probe Temperature Control (Optional)
The Heated Acid Gas Probe operating temperature is monitored and/or
controlled by the analyzer (control available only if the optional Heated
Acid Gas Sample Probe is used). Control is accomplished using an RTD
and heater embedded in the Probe. The Probe temperature measuring
range is from 0 °C to 120 °C.
For systems using an optional Heated Acid Gas Probe, the
HAG Probe
temperature
Setpoint
parameter should normally be set between 0–2 °C
above the maximum process temperature. If the Sample Probe is unheat-
ed, the setpoint will be 0 °C. In this case, the ambient temperature should
be at least 5 °C above the sample dewpoint temperature.
The
HAG Probe
Too Hot
setpoint should be 5 °C to 10 °C
above
the
HAG
Probe
Setpoint
temperature. The
HAG Probe
Too Cold
setpoint should be
5 °C to 10 °C
below
the
HAG Probe
Setpoint
temperature.
The
HAG Probe temperature setpoints are
factory-set, based on ambi-
ent temperature data specific to the application and location.
If the Heated Acid Gas Probe temperature falls below its
Too Cold
Setpoint
, the “
f: Probe temperature too low
” alarm will be triggered and
displayed in the software. If its operating temperature exceeds its
Too Hot
Setpoint
, the “
f: Probe temperature too high
” alarm will be triggered and
displayed in the software.
The Probe temperature control is protected by an independent over-
temperature circuit, with a trip temperature of 170 °C. The default
HAG
Probe
temperature
Setpoint
is factory-set, and is dependent on the stream
temperature. Confirm the
HAG Probe
Setpoint
setting for your system
on the “Analyzer Programming Parameters” sheet (part of the analyzer
Documentation Package).
For unheated Sample Probes (not controlled by the analyzer), if
the sample probe operating temperature falls below its
Too Cold
Setpoint or exceeds its
Too Hot
Setpoint the “w: Probe tempera-
ture too low” alarm will be triggered and displayed in the software.
NOTE
Содержание 931S
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Страница 71: ...Installation and Start Up 3 25 Figure 3 8 Conduit entries and AC power connection locations Lower Enclosure...
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Страница 221: ...Maintenance and Troubleshooting 6 37 Figure 6 12 Optical Bench Chopper Assembly Maintenance diagram 100 2313 1A...
Страница 237: ...Maintenance and Troubleshooting 6 53 Figure 6 14 AC Distribution board P N 100 1771...
Страница 238: ...6 54 Model 931S Model 932S UV Analyzers Figure 6 15 Host Controller board P N 100 1757 SW100...
Страница 239: ...Maintenance and Troubleshooting 6 55 Figure 6 16 Microcontroller board P N 100 1781 SW400...
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Страница 263: ...Appendix A Drawings A 7 RS 232 Cable Communications Connections 300 9480...
Страница 264: ...A 8 Model 931S Model 932S UV Analyzers Optical Bench Board 100 1662...
Страница 265: ...Appendix A Drawings A 9 PMT Buffer Board 100 0140...
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